CN201437080U - Modular granulation production line for granular product production - Google Patents
Modular granulation production line for granular product production Download PDFInfo
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- CN201437080U CN201437080U CN2009200756831U CN200920075683U CN201437080U CN 201437080 U CN201437080 U CN 201437080U CN 2009200756831 U CN2009200756831 U CN 2009200756831U CN 200920075683 U CN200920075683 U CN 200920075683U CN 201437080 U CN201437080 U CN 201437080U
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Abstract
The utility model relates to a modular granulation production line for granular product production, which is characterized by comprising a feeding module, a granulation main module, an air mesh centralized processing module, a screening and finished product temporary storage module and an integrated control module, wherein the feeding module comprises a hopper, a discharge spiral conveyer and a bucket-type lifter; the granulation main module comprises a granulator and a cooler; and the granulation main module and the feeding module are arranged adjacently. The air mesh centralized processing module comprises a distributing scraper conveyer, a cyclone precipitator and a corresponding air mesh pipeline; and the air mesh centralized processing module is arranged above the granulation main module. The screening and finished product storage module comprises a finished product warehouse and a vibration sieve; the integrated control module comprises a package conveying part and an electrical control center which are arranged on one side of the granulation main module and one side of the feeding module; and the screening and finished product storage module is arranged above the integrated control module. The modular granulation production line for granular product production has the advantages of reliable structure, modular installation and transportation, convenient operation, labor and cost saving, shorter construction period and higher working efficiency.
Description
Technical field
The utility model relates to a kind of modular granulation production line of producing granular product.
Background technology
Existing production feed and utilize living beings or garbage derivatived thing etc. is made the production system of particle, owing to relate to a plurality of operations such as raw material cleaning, pulverizing, oven dry, granulation, packing, therefore related equipment is also more.Set up a new streamline, on-the-spot installation is connected a big chunk that accounts for the project work amount with equipment.And because construction condition is restricted, installation quality is uneven, can not embody and bring into play the performance of process equipment well.Particularly when output equipment arrived the countries and regions of some high human costs, high-quality requirement, cost and quality problems that installation produces more highlighted.
Summary of the invention
The utility model is a kind of modular granulation production line that is used for break flour shape material production granular product that provides in order to overcome the problems referred to above that prior art exists, the strong advantage of quality, combination free and expansion that the modular granulation production line of this productions granular product has that installation saves time, convenient transport, the equipment of assurance are dispatched from the factory.
The technical scheme that the utility model is taked is: the modular granulation production line of producing granular product, be characterized in, comprise that a feed module, at least one granulation primary module, at least one wind net focus on module, screening and a finished product temporary storing bin module and a Comprehensive Control module; Wherein:
Described feed module comprises that one is fixed on a uncovered magazine on first framework, is arranged on one first bucket elevator that the discharging spiral conveyor and of this magazine below is connected with described discharging spiral conveyor;
Described granulation primary module comprises a granulator, a cooler, one second bucket elevator, a drag conveyor and a granulator control cabinet that is fixed on second framework; Described granulator is provided with feeding mouth, discharging opening; Described cooler is provided with feeding mouth, discharging opening, air inlet and air outlet; The discharging opening of described cooler is connected with the feeding mouth of described drag conveyor; The discharging opening of described drag conveyor is connected with described second bucket elevator; The adjacent layout of this granulation primary module with described feed module, the bottom is at grade;
Described wind net focuses on module and comprises and being fixed on the 3rd framework-cloth drag conveyor, an air-introduced machine, one first cyclone dust collectors, a high pressure positive blower and one second cyclone dust collectors; The feeding mouth of described cloth drag conveyor is connected by the discharging opening of pipeline with first bucket elevator of described feed module, and the discharging opening of this cloth drag conveyor is connected with the granulator feeding mouth of described granulation primary module; Described high pressure positive blower is connected with first cyclone dust collectors by pipeline; The feeding mouth of described first cyclone dust collectors is connected by the discharging opening of Pneumatic conveying pipeline with the granulator of described granulation primary module, and the discharging opening of these first cyclone dust collectors connects Blowing stopper by one and is connected with the feeding mouth of the cooler of described granulation primary module; Described air-introduced machine is connected with second cyclone dust collectors; The feeding mouth of described second cyclone dust collectors is connected by the air outlet of cooling duct with the cooler of described granulation primary module, and the discharging opening of these second cyclone dust collectors is connected with the feeding mouth of cloth drag conveyor by connecting another Blowing stopper; This wind net focuses on module arrangement directly over described granulation primary module;
Described screening and finished product temporary storing bin module comprise finished bin, the vibratory sieve that is fixed on the 4th framework, and described vibratory sieve is arranged on finished bin top; Described vibratory sieve feeding mouth is connected with the second bucket elevator discharging opening of described granulation primary module by pipeline;
Described Comprehensive Control module comprises packing delivery section and the electronic management system that is arranged on the 5th framework; Described packing delivery section comprises the packing scale that is fixed on a side on described the 5th framework and is arranged on the seam bag conveyer of packing scale bottom; Described electronic management system comprises the electrical control cabinet that is fixed on opposite side on described the 5th framework; This Comprehensive Control module arrangement is in a side of described granulation primary module and described feed module; Described screening and finished product temporary storing bin module arrangement are above this Comprehensive Control module, wherein: described finished bin bottom is connected with the oral area of described packing scale by pipeline.
The modular granulation production line of above-mentioned production granular product, wherein, described granulation primary module and wind net focus on module and respectively comprise one, connect by pipeline.
The modular granulation production line of above-mentioned production granular product, wherein, described granulation primary module and wind net focus on module and respectively comprise two, and wherein said each wind net focuses on module and is separately positioned on separately granulation primary module top, is connected in parallel by pipeline.
The modular granulation production line of above-mentioned production granular product, wherein, described feed module also comprises a two-way conveying worm that compiles, this two-way conveying worm that compiles is connected between described discharging spiral conveyor and the described bucket elevator by pipeline.
The modular granulation production line of above-mentioned production granular product, wherein, the granulator in the described granulation primary module is a bi-motor ring mode granulator.
The modular granulation production line of above-mentioned production granular product, wherein, described granulation primary module also comprises a granulation feeder, is arranged on the feeding mouth end of described granulator, the cloth drag conveyor outlet that focuses on module with described wind net is connected.
The modular granulation production line of above-mentioned production granular product wherein, is characterized in that, described wind net focuses on and also comprises a silencer in the module, is arranged on high pressure positive blower one side.
The modular granulation production line of above-mentioned production granular product; wherein, the electronic management system in the described Comprehensive Control module has been concentrated the control startup/shutdown switch of all motors except that the granulator motor and has been handled relevant system feedback signal and interlocking signal.
The modular granulation production line of above-mentioned production granular product, wherein, the equal correspondence of interconnective side of described first framework, second framework, the 3rd framework, the 4th framework and the 5th framework is provided with screw, adopts bolting to connect respectively.
The modular granulation production line of above-mentioned production granular product, wherein, also comprise the auxiliary peripheral auxiliary equipment that is used for the processing and the conveying of material between each module, described peripheral auxiliary equipment comprises pulverizer, drying system, bucket type vertical elevator and horizontal feed machinery.
Because the utility model has adopted above technical scheme, the facility for granulating pipeline system simmer down to of producing grain products is comprised that feed module, a granulation primary module, a wind net focus on module, screening and five main modules such as a finished product temporary storing bin module and a Comprehensive Control module, each module is integrated on separately the framework, therefore, each module can be by container delivery.After these modules are transported to the scene, can each module be assembled and necessary auxiliary connection, to form complete production line directly with pre-designed order.In this way, the field erected time can be compressed to greatest extent, thereby has saved human cost, has reduced construction period, simultaneously the quality of systems installation engineering can be positioned " outgoing ", no longer be subjected to local workmen's quality and limitation of field condition.What is more important can be moved at any time according to the output resource of locality, can reduce the cost that factory removes and installs so greatly, and makes the production that is caused because of factory's migration be interrupted the cycle by the time that was compressed to for one to two week at least two months.Improved operating efficiency.
Description of drawings
Concrete structure of the present utility model is further provided by following embodiment and accompanying drawing thereof.
Fig. 1 has shown the structure of feed module, granulation primary module and a Comprehensive Control module among a kind of embodiment of the present utility model and has been arranged in the structural representation of bottom state.
Fig. 2 has shown that a kind of embodiment apoplexy net of the present utility model focuses on the structure of module, screening and finished product temporary storing bin module and is arranged in the structural representation that two layers and feed module are overlooked.
Fig. 3 has shown that each module combinations is installed the main structural representation of looking in back among a kind of embodiment of the present utility model.
Fig. 4 is the electrical control schematic diagram of electronic management system of the present utility model.
Fig. 5 is the operation principle schematic diagram of a kind of embodiment of the utility model.
Fig. 6 is the operation principle schematic diagram of the another kind of embodiment of the utility model.
The specific embodiment
See also Fig. 1～Fig. 3, wherein Fig. 1 has shown the structure of feed module, granulation primary module and a Comprehensive Control module among a kind of embodiment of the present utility model and has been arranged in the structural representation of bottom state; Fig. 2 has shown that a kind of embodiment apoplexy net of the present utility model focuses on the structure of module, screening and finished product temporary storing bin module and is arranged in the structural representation that two layers and feed module are overlooked; Fig. 3 has shown that each module combinations is installed the main structural representation of looking in back among a kind of embodiment of the present utility model.The utility model is produced the modular granulation production line of granular product, comprises that a feed module 1, a granulation primary module 2, a wind net focus on module 3, screening and a finished product temporary storing bin module 4 and a Comprehensive Control module 5.Each module is fixed on separately the framework, adopts bolt location and assembling, constitutes the main body of production line.Also can comprise corresponding peripheral auxiliary equipment (not shown).Peripheral auxiliary equipment is some functional auxiliary equipment of preparing according to the on-the-spot different situations of user, comprises pulverizer, drying system, bucket type vertical elevator and horizontal feed machinery etc., is used for the processing and the conveying of material between auxiliary each module.In the present embodiment, described feed module 1 is arranged in on-the-spot appropriate location, described granulation primary module 2 and described feed module 1 adjacent being arranged side by side, described wind net focus on module 3 be arranged in described granulation primary module 2 directly over.Described Comprehensive Control module 5 is arranged in a side of described feed module 1 and granulation primary module 2, and described screening and finished product temporary storing bin module 4 are arranged in described Comprehensive Control module 5 tops.
The 26S Proteasome Structure and Function of each module of the utility model is described in detail as follows:
Feed module 1 of the present utility model is used to feed intake.This feed module comprises a magazine 101 that is fixed on the framework 11, and magazine is spacious top formula, can directly receive the material input of shovel, has removed manually feed intake loaded down with trivial details from.There are two discharging spiral conveyor 102 the magazine below, is used for automatically the material of magazine 101 being exported; Material in the magazine 101 arrives a two-way conveying worm 103 that compiles after carrying, and is fed bucket elevator 104 under its effect.This module collection magazine and equipment supporter are one, and be not high to the requirement of installing space and labor management, is very suitable for working under the outdoor adverse circumstances.
Granulation primary module 2 described in the utility model comprises that of being fixed on the framework 21 connects the granulator 202 of feeder 201, cooler 204, scraper plate machine 205, the second bucket type crane 206 and a granulator control cabinet 208 and the relevant conveying equipment etc. of assisting at feeding mouth.These granulation primary module 2 described granulators are provided with feeding mouth, discharging opening; Described cooler is provided with feeding mouth, discharging opening and air outlet; Described cooler discharging opening be connected with the feeding mouth of described drag conveyor; The discharging opening of described drag conveyor is connected with described second bucket elevator; The adjacent layout with described feed module of this granulation primary module, the bottom at grade.
Wind net described in the utility model focuses on the focus on module of module 3 for all wind network systems, comprise the high pressure positive blower 301 that is fixed on the framework 31,303,304, silencers 310 of 302, two cyclone dust collectors of an air-introduced machine, cloth drag conveyor 305, two Blowing stoppers 306,307 and corresponding wind webmaster roads.The feeding mouth of described cloth drag conveyor 305 is connected by the discharging opening of pipeline with first bucket elevator 104 of described feed module, and the feeding outlet of this cloth drag conveyor 305 is connected with the granulator feeder feeding mouth of described granulation primary module; Described high pressure positive blower 301 is connected with cyclone dust collectors 303 by pipeline; the feeding mouth of these cyclone dust collectors 303 is connected by the discharging opening of Pneumatic conveying pipeline 308 with the granulator 202 of described granulation primary module, and the discharging opening of these cyclone dust collectors is connected with the feeding mouth of the cooler 204 of described granulation primary module by connecting a Blowing stopper 307.Described air-introduced machine 302 is connected with another cyclone dust collectors 304, the feeding mouth of these another cyclone dust collectors 304 is connected by the air outlet of cooling duct 309 with the cooler 204 of described granulation primary module, and the discharging opening of these cyclone dust collectors 304 is connected with the feeding mouth of cloth drag conveyor 305 by another Blowing stopper 306 simultaneously.This wind net focuses on module arrangement directly over described granulation primary module, with the stacked setting of granulation primary module.
Focus in the module 3 at described granulation primary module 2 and wind net, first feed points that the feeder 201 of granulator is in the granulation primary module 2 focuses on the material that the cloth drag conveyor 305 in the module 3 is sent here in order to receive the wind net.Granulator 202 is a bi-motor ring mode granulator, and it is the core component of native system, has adopted temperature monitoring, rotating speed on-line monitoring and from multiple technologies such as dynamic pressure roller are lubricated, material can be pressed into quality densification, length homogeneous granules.In granulation primary module 2, the conveying of material mainly realizes by the Pneumatic conveying pipeline 308 that the wind net focuses in the module 3, to save space, simplified apparatus input.Described Pneumatic conveying pipeline 308 is made by stainless steel, and intensity is good, and the seal height is corrosion-resistant, produces directed negative-pressure air-flow at pipe interior during work, focuses on module with the wind net of particle transport being gone into directly over the module.204 pairs in cooler carries out cooling processing from the damp and hot particle that the wind net focuses on cyclone dust collectors 303 inputs the module 3 in the granulation primary module 2.Cold dry air is entered by the air inlet of bottom, and bottom-up flowing under the effect of negative pressure just in time fully mixed with free-falling material particles is reverse in cooling chamber, takes away the heat and the small amount of moisture of particle.Particle about cool to room temperature through the built-in drag conveyor 205 of this granulation primary module 2, is admitted to second bucket elevator 206.Granulator field control case 208 is fixed on the structural framing, the load of watch-dog, temperature, output situation etc. when moving granulator for operating personnel.This granulator field control case 208 is positioned on the framework of granulation primary module, is provided with granulator ammeter, thermometer, speedometer; Feeder frequency meter and granulator, feeder start and stop button, run indicator etc. are used for the running of execute-in-place granulator system, and and control centre between transmit control, run signal.The effect that wind net of the present utility model focuses on the cloth drag conveyor 305 in the module 3 is to granulator feeder 201 with break flour shape product distribution; both can supply the separate unit granulator; also can utilize the form of many discharging openings, many granulators of parallel supply are to satisfy the expansion needs of system.Here realize in the strength transmitting power source of particle after granulating: high pressure positive blower 301 utilizes negative pressure at the Pneumatic conveying pipeline 308 inner windstreams that produce, to be arranged in the particle that the granulation primary module 2 under this module makes and be pumped to the cyclone dust collectors 303 that gather materials, offer cooler charging Blowing stopper 307 then.In addition; air-introduced machine 302 with damp and hot air by separating in the material; and powder wherein is recovered in the cloth drag conveyor 305 by cyclone dust collectors 304, and can granulate again or be recovered to magazine automatically, finish the air draught of cooler 204 and the function that dust reclaims.
Screening of the present utility model and finished product temporary storing bin module 4 be installed on module 5 directly over, comprise a classifying screen 401 and a finished product temporary storing bin 402 of being fixed on the framework 41, vacant space is mainly used in the cat ladder revolving dial and stores necessary production spare part.Material by chiller treatment in the granulation primary module 2 is crossed after elevator 206 is input in this module, owing to also contain some break flour, is unfavorable for transportation and use, is therefore screened out with oscillatory type classifying screen 401.After gumming was handled, qualified finished particle fell under gravity into finished product temporary storing bin 402.
The equal correspondence of interconnective side of first framework described in the utility model, second framework, the 3rd framework, the 4th framework and the 5th framework is provided with screw, adopts bolting to connect respectively.
See also Fig. 4, Fig. 4 is the electrical control schematic diagram of electronic management system of the present utility model.The power supply supply of the utility model all devices, control loop hardware are all installed concentratedly in control centre; signal, the feedback data of system's operation are also all here collected, are monitored and handle; and also operation start or shutdown here of all motors except that granulator; therefore on function, it has concentrated characteristic.But simultaneously because each module is separate, separable on frame for movement, so the circuit in each module, all crane span structure or zinc-plated spool are pre-installed, the shipping again of having good positioning by sealing before dispatching from the factory.The circuit of inside modules all is pooled to line collecting plate, inserts the aviation plug special of a plurality of numberings, and after on-the-spot each module was in place, the circuit cross-over connection between the disparate modules directly can realize by numbering butt joint aviation plug.Employed aviation plug, maximum can be by 100 amperes electric current, stay in grade, it is low to generate heat, non-stop run for a long time.Because all circuits all lay before dispatching from the factory, debug, and have stopped the possibility of on-the-spot generation setup error substantially, the system that more can guarantee meets the related electric standard.
Motor, level detector etc. then are distributed in different modules, and are pooled to control centre by the aviation plug group.Control centre realizes interlocking, the defencive function of some necessity by collection, processing to the run signal of electrical equipment in each module.Such as when material is bought securities with all one's capital in the finished product temporary storing bin 402, level detector sends the signal of buying securities with all one's capital, and is sent to control centre, and control centre then cuts and stops scraper plate machine 205, also can send the instruction that stops discharge in case of necessity and give cooler 204, in case the putty accident occurs.
See also Fig. 5, Fig. 5 is an operation principle schematic diagram of the present utility model.Raw materials for production are that the break flour shape is wooden, use shovel by feed module 1 input coefficient, then under conveying worm 102, the two-way conveying that compiles conveying worm 103, first bucket elevator 104, enter the wind net and focus on cloth drag conveyor 305 in the module 3.Cloth drag conveyor 305 and the outer recovery belt conveyor 601 and the current stabilization cloth circulatory system of magazine 101 formations that feeds intake of granulator feeder 201, module in the granulation primary module 2.Granulator feeder 201 can pass through the Frequency Converter Control working speed, according to actual needs to an amount of material of granulator 202 feedings, its operating rate, just the actual allocated speed of cloth drag conveyor.As long as the charging flow process of feed module 1 is working properly; regardless of the output of granulator on sheet sometime; the inventory that cloth drag conveyor 305 is distributed to granulation granulation primary module 2 is always by the rotating speed decision of granulator feeder 201; the material of " unnecessary " is all pushed to the outer recovery belt feeder 601 of module by cloth drag conveyor 305, returns in the magazine 101 in the feed module 1.Therefore, need not to be provided with surge bunker, granulator can obtain suitable flow again, thereby promptly reaches the purpose of current stabilization, has also saved the space, makes whole streamline space compactness.Material becomes particle after handling through granulator 202, focuses on pneumatic carrier 308 in the module 3 by the wind net then, rises to the cyclone dust collectors 303 of cooler 204 tops, enters cooler 204 by Blowing stopper 307 again; Cooled material, be delivered to the classifying screen 401 of screening and finished product temporary storing bin module 4 through second bucket elevator 206 by drag conveyor 205, after sieving,, deliver to packing delivery section 522 weigh scales, the packing of Comprehensive Control module 5 again from falling into finished product temporary storing bin 402.Entire exercise is by electronic management system 521 controls of Comprehensive Control module 5.
See also Fig. 7, Fig. 7 is the operation principle schematic diagram of the another kind of embodiment of the utility model (utilization of system and expansion).In actual applications, the client often has concrete requirement on production capacity and some other function.At this moment can utilize the associativity and the expansibility of modular system, the production system that customization meets the requirements of the customers.For example, production line focuses on module 3, a screening and a finished product temporary storing bin module 4 and the Comprehensive Control module 5 except comprising a feed module 1, a granulation primary module 2, a wind net, comprise that also the second cover granulation primary module 2 ' and the second cover wind net focus on module 3 ', this the second cover granulation primary module 2 ' and the second cover wind net focus on module 3 ' and are positioned over the first cover granulation primary module 2 and second abreast and overlap the wind net and focus on module 3 sides, connect by pipeline, distribute material by the same set of current stabilization cloth circulatory system.Its operation principle and above-mentioned similar repeats no more.
The utility model reliable in structure, installation, convenient transportation can be saved human cost, reduce construction period, increase work efficiency.
Claims (10)
1. produce the modular granulation production line of granular product, it is characterized in that, comprise that a feed module, at least one granulation primary module, at least one wind net focus on module, screening and a finished product temporary storing bin module and a Comprehensive Control module; Wherein:
Described feed module comprises that one is fixed on a uncovered magazine on first framework, is arranged on one first bucket elevator that the discharging spiral conveyor and of this magazine below is connected with described discharging spiral conveyor;
Described granulation primary module comprises a granulator, a cooler, one second bucket elevator, a drag conveyor and a granulator control cabinet that is fixed on second framework; Described granulator is provided with feeding mouth, discharging opening; Described cooler is provided with feeding mouth, discharging opening, air inlet and air outlet; The discharging opening of described cooler is connected with the feeding mouth of described drag conveyor; The discharging opening of described drag conveyor is connected with described second bucket elevator; The adjacent layout of this granulation primary module with described feed module, the bottom is at grade;
Described wind net focuses on module and comprises a cloth drag conveyor, an air-introduced machine, one first cyclone dust collectors, a high pressure positive blower and one second cyclone dust collectors that are fixed on the 3rd framework; The feeding mouth of described cloth drag conveyor is connected by the discharging opening of pipeline with first bucket elevator of described feed module, and the discharging opening of this cloth drag conveyor is connected with the granulator feeding mouth of described granulation primary module; Described high pressure positive blower is connected with first cyclone dust collectors by pipeline; The feeding mouth of described first cyclone dust collectors is connected by the discharging opening of Pneumatic conveying pipeline with the granulator of described granulation primary module, and the discharging opening of these first cyclone dust collectors is connected with the feeding mouth of the cooler of described granulation primary module by connecting Blowing stopper; Described air-introduced machine is connected with second cyclone dust collectors; The feeding mouth of described second cyclone dust collectors is connected by the air outlet of cooling duct with the cooler of described granulation primary module, and the discharging opening of these second cyclone dust collectors connects another Blowing stopper and is connected with the feeding mouth of cloth drag conveyor; This wind net focuses on module arrangement directly over described granulation primary module;
Described screening and finished product temporary storing bin module comprise finished bin, the vibratory sieve that is fixed on the 4th framework, and described vibratory sieve is arranged on finished bin top; Described vibratory sieve feeding mouth is connected with the second bucket elevator discharging opening of described granulation primary module by pipeline;
Described Comprehensive Control module comprises packing delivery section and the electronic management system that is arranged on the 5th framework; Described packing delivery section comprises the packing scale that is fixed on a side on described the 5th framework and is arranged on the seam bag conveyer of packing scale bottom; Described electronic management system comprises the electrical control cabinet that is fixed on opposite side on described the 5th framework; This Comprehensive Control module arrangement is in a side of described granulation primary module and described feed module; Described screening and finished product temporary storing bin module arrangement are above this Comprehensive Control module, wherein: described finished bin bottom is connected with the oral area of described packing scale by pipeline.
2. the modular granulation production line of production granular product according to claim 1 is characterized in that, described granulation primary module and wind net focus on module and respectively comprise one, connect by pipeline.
3. the modular granulation production line of production granular product according to claim 1, it is characterized in that, described granulation primary module and wind net focus on module and respectively comprise two, wherein said each wind net focuses on module and is separately positioned on separately granulation primary module top, is connected in parallel by pipeline.
4. the modular granulation production line of production granular product according to claim 1, it is characterized in that, described feed module also comprises a two-way conveying worm that compiles, and this two-way conveying worm that compiles is connected between described discharging spiral conveyor and the described bucket elevator by pipeline.
5. according to the modular granulation production line of claim 1,2 or 3 each described production granular products, it is characterized in that the granulator in the described granulation primary module is a bi-motor ring mode granulator.
6. according to the modular granulation production line of claim 1,2 or 3 each described production granular products; it is characterized in that; described granulation primary module also comprises a granulation feeder; be arranged on the feeding mouth end of described granulator, the cloth drag conveyor outlet that focuses on module with described wind net is connected.
7. according to the modular granulation production line of claim 1,2 or 3 each described production granular products, it is characterized in that described wind net focuses on and also comprises a silencer in the module, is arranged on high pressure positive blower one side.
8. the modular granulation production line of production granular product according to claim 1; it is characterized in that the electronic management system in the described Comprehensive Control module has been concentrated the control startup/shutdown switch of all motors except that the granulator motor and handled relevant system feedback signal and interlocking signal.
9. the modular granulation production line of production granular product according to claim 1, it is characterized in that, the equal correspondence of interconnective side of described first framework, second framework, the 3rd framework, the 4th framework and the 5th framework is provided with screw, adopts bolting to connect respectively.
10. the modular granulation production line of production granular product according to claim 1, it is characterized in that, also comprise the auxiliary peripheral auxiliary equipment that is used for the processing and the conveying of material between each module, described peripheral auxiliary equipment comprises pulverizer, drying system, bucket type vertical elevator and horizontal feed machinery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200756831U CN201437080U (en) | 2009-07-31 | 2009-07-31 | Modular granulation production line for granular product production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200756831U CN201437080U (en) | 2009-07-31 | 2009-07-31 | Modular granulation production line for granular product production |
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| CN201437080U true CN201437080U (en) | 2010-04-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009200756831U Expired - Fee Related CN201437080U (en) | 2009-07-31 | 2009-07-31 | Modular granulation production line for granular product production |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2503307A (en) * | 2012-06-20 | 2013-12-25 | Bosch Gmbh Robert | Granulation device |
| CN105851286A (en) * | 2016-05-27 | 2016-08-17 | 随州神农茶业有限公司 | Production system and production method of tea byproduct particles |
| EP3505604A1 (en) * | 2017-12-28 | 2019-07-03 | Green Research | Pellet production installation |
| CN109966989A (en) * | 2019-04-30 | 2019-07-05 | 江苏三一环境科技有限公司 | Granule dedusting cools down production equipment, particle system of processing and particle processing technology |
| CN114874842A (en) * | 2022-05-19 | 2022-08-09 | 安徽芝神堂药业有限公司 | Production process of ganoderma lucidum spore oil extract for nourishing and protecting liver |
| CN116211813A (en) * | 2023-04-04 | 2023-06-06 | 安徽芝神堂药业有限公司 | Preparation method of wall-broken ganoderma lucidum spore powder tablet |
-
2009
- 2009-07-31 CN CN2009200756831U patent/CN201437080U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2503307A (en) * | 2012-06-20 | 2013-12-25 | Bosch Gmbh Robert | Granulation device |
| GB2503307B (en) * | 2012-06-20 | 2018-10-24 | Bosch Gmbh Robert | Device and method for granulation |
| CN105851286A (en) * | 2016-05-27 | 2016-08-17 | 随州神农茶业有限公司 | Production system and production method of tea byproduct particles |
| EP3505604A1 (en) * | 2017-12-28 | 2019-07-03 | Green Research | Pellet production installation |
| FR3076286A1 (en) * | 2017-12-28 | 2019-07-05 | Green Research | PELLET PRODUCTION FACILITY |
| CN109966989A (en) * | 2019-04-30 | 2019-07-05 | 江苏三一环境科技有限公司 | Granule dedusting cools down production equipment, particle system of processing and particle processing technology |
| CN109966989B (en) * | 2019-04-30 | 2024-03-19 | 江苏三一环境科技有限公司 | Particle dedusting and cooling production equipment, particle processing system and particle processing technology |
| CN114874842A (en) * | 2022-05-19 | 2022-08-09 | 安徽芝神堂药业有限公司 | Production process of ganoderma lucidum spore oil extract for nourishing and protecting liver |
| CN116211813A (en) * | 2023-04-04 | 2023-06-06 | 安徽芝神堂药业有限公司 | Preparation method of wall-broken ganoderma lucidum spore powder tablet |
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